What are the major concern of land declaration/ deforestation?
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The major concerns related to land declaration and deforestation include ecological problems, loss of biodiversity, increased risk of infectious diseases, and challenges in achieving environmental governance goals. Deforestation, driven by factors like agriculture expansion and industrial activities, leads to forest degradation, altering ecosystems and creating new breeding habitats for disease vectors . This destruction affects soil quality, water resources, and biodiversity, impacting human health and environmental sustainability . Additionally, efforts to reduce deforestation face obstacles like poor governance, conflicting stakeholder interests, and inadequate international support, hindering progress towards targets like the reduction of deforestation by 80% . The struggle to protect peasant rights, including land rights and food sovereignty, further complicates the issue, highlighting the challenges in enforcing economic and social rights amidst countermobilization efforts .
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| Papers (5) | Insight |
|---|---|
| The major concerns regarding land declaration and deforestation include challenges in protecting rights of India's Adivasi peasants, countermobilization by powerful actors, and lack of support from India's Supreme Court. | |
Open access•Journal Article 28 Citations | Major concerns of deforestation include creating new habitats for disease vectors like mosquitoes, increasing human-vector contact, and raising the risk of vector-borne diseases such as malaria, ACL, and hantavirus. |
26 Jun 2020 8 Citations | The major concern of the Rio Branco Declaration on deforestation is slow progress and inadequate international support, hindering achievement of the 80% deforestation reduction target in subnational jurisdictions. |
| The major concerns of deforestation and land clearing are environmental, social, and economic problems caused by human impacts, agriculture expansion, logging, and poor governance, leading to global destruction. | |
Open access•Journal Article | Major concerns of deforestation include ecological problems, rapid forest destruction, habitat degradation, soil and water quality impact, biodiversity loss, and overall reduction in the biological resources and value of forests. |
Related Questions
How to achieve main objectives of deforestation?4 answersTo achieve the main objectives of reducing deforestation, a multi-faceted approach is essential. Firstly, implementing strategies like halting timber cutting, establishing Environmental Protected Areas, and promoting the "green nudge principle" to modify individual behaviors are crucial. Additionally, leveraging advanced satellite technologies for near real-time monitoring of deforestation can facilitate prompt action and policy formulation. Understanding the primary drivers of deforestation, such as agriculture, livestock grazing, and charcoal production, is vital for effective policy-making and intervention. Moreover, the concept of "Reducing Emissions from Deforestation and Forest Degradation in Developing Countries" (REDD) offers a financial incentive for developing nations to reduce deforestation rates, emphasizing the importance of financial compensation in conservation efforts. By integrating these strategies and technologies while addressing the key drivers of deforestation, the objectives of mitigating deforestation and preserving forest habitats can be effectively achieved.
How does deforestation influence land use and land cover change?4 answersDeforestation significantly influences land use and land cover change. It leads to the loss of natural resources, including forests, agricultural areas, and urban development. The conversion of forests into other land cover types, such as croplands and grazing lands, is a major consequence of deforestation. This transformation alters local land-surface characteristics and water/energy exchanges, which can have cascading effects on atmospheric circulation and regional climate. Deforestation also contributes to increased carbon dioxide emissions, soil erosion, and loss of biodiversity. Monitoring and reporting changes in forest cover are crucial for addressing deforestation. Machine learning methods, such as artificial neural networks and deep learning models, have been used to accurately detect and predict deforestation and land cover changes using satellite imagery. These approaches provide valuable insights for decision-making and conservation efforts.
Deforestation and land use changes?5 answersDeforestation and land use changes have significant impacts on soil carbon stocks and climate regulation. In the Brazilian Amazon, deforestation for agricultural expansion leads to soil carbon losses, contributing to climate change. Similarly, in Tapalpa, Mexico, deforestation and land use changes result in increased surface albedo and changes in climate patterns, including decreased relative humidity and increased temperatures. The impact of deforestation and subsequent land use change on soil organic carbon and total nitrogen concentration varies depending on the land cover type. For example, in a study comparing agriculture, bioenergy plantations, conservation areas, and wetlands, it was found that conservation areas had the highest stocks of soil organic carbon and total nitrogen. Land use changes, particularly deforestation, can also influence temperature extremes. Observational studies and climate model experiments show that deforestation-related cloud and radiation effects can lead to a reduction in hot extremes, contrary to the warming effects observed in offline land simulations. In Ankasha Guagusa, Ethiopia, land use and land cover dynamics analysis revealed substantial changes, including deforestation and conversion of forest land to cropland and built-up areas.
What are the impacts of deforestation?5 answersDeforestation has several impacts. It can lead to a reduction in surface net radiation, evaporation, moisture convergence, and precipitation over the Amazon basin, as well as increased atmospheric subsidence and weakened regional Hadley cell. Deforestation also affects precipitation patterns, with decreased precipitation, reduced frequency and intensity of heavy precipitation, and shortened duration of rainy seasons over deforested areas. Additionally, deforestation can release mercury into the atmosphere, contributing to global mercury pollution. Soil erosion, water contamination, and nutrient availability in water bodies are also consequences of deforestation. These impacts have implications for the hydro-climatic connectivity between the Amazon and the eastern tropical Andes, as well as for the ecosystems and tropical glaciers in the Andean region. Overall, deforestation has wide-ranging effects on climate, hydrology, and ecosystems, highlighting the need for land use policies to address global environmental challenges.
Why is deforestation an issue?5 answersDeforestation is an issue because it leads to the loss of forest cover, which has significant repercussions for greenhouse gas emissions, carbon storage, biodiversity conservation, and the wellbeing of Indigenous Peoples and local communities (IPLCs). It is driven primarily by the conversion to commodity agriculture, such as oil palm and rubber plantations, as well as timber and pulp and paper production. The underlying drivers of deforestation, including consumption patterns, weak governance, and unclear forest rights, make it challenging to address in a globalized world. Deforestation also impacts the microclimatic conditions, hydrological cycle, soil quality, and biodiversity, making the affected regions more vulnerable. The causes of deforestation are complex, and narratives that place the blame on the rural poor oversimplify the issue. Overall, deforestation is a pressing environmental issue that requires sustainable forest management practices, alternatives to shifting cultivation, and efforts to reduce consumption and promote corporate responsibility.
What should humanity do about deforestation?5 answersHumanity should take a multi-faceted approach to address deforestation. Improved spatial data and monitoring systems can help identify the drivers of deforestation with increased precision. Strategies to reduce deforestation include the cessation of timber cutting and extraction of forest products, the creation and maintenance of Environmental Protected Areas, and the adoption of the "green nudge principle" to modify individual behaviors. The vast scale of tropical deforestation must be checked to reduce the threat of severe climatic change. Deforestation is a major factor in global climate change, and preventing forest loss can have economic benefits, such as increasing farm income. Granting ownership and management autonomy to local communities is a widely discussed remedy to arrest deforestation. By implementing these strategies and addressing the complex causes of deforestation, humanity can mitigate the adverse impacts on biodiversity, climate change, and the rights and livelihoods of local communities.